Liquid Degasification Regulation/Control TRIZ Cases
- Membrane-Based Purge System to Reduce Refrigerant Loss in Chillers
See how a degassing membrane separates air contamination from refrigerant using diffusion, with
- Membrane Purge Chamber for Low-Pressure Chiller Decontamination
A degassing membrane removes air contamination from low-pressure chillers while limiting refrigerant loss and purge unit complexity.
- Substrate Drying Flow Layout to Prevent Air Pocket Defects
An air removal line and dual fluid supply paths purge trapped air during supercritical substrate drying, reducing defects and protecting patterns.
- Sensor Fusion for Bubble-Safe Chemical Reservoir Level Detection
Combining level and mass sensing with AI filtering distinguishes foam from liquid, preventing false overflow alarms and chemical waste.
- Sensor Fusion for Bubble-Resistant Chemical Reservoir Level Detection
Mass and level sensing are combined to distinguish foam from true liquid volume, preventing false overflow alarms and chemical waste.
- Chemical Liquid Circulation Prep for Bubble-Free Substrate Processing
Opening the recovery line before supply removes air bubbles from heated chemical liquid, preventing particles and substrate defects.
- Curved-Flow Mass Separator for Hydraulic Bubble Removal
Curved flow paths and surface-induced shear help coalesce and separate small gas bubbles from oily hydraulic media in less space and without extra energy.
- Arc-Shaped Gas Separation for Compact Hydraulic Supply Lines
An arc-shaped separation section uses centrifugal force to remove gas in tight hydraulic piping while maintaining separation at higher flow rates.
- Solution Gas Capture and Compression for Low-Flaring Well Completions
Captures separator gas in a pressure vessel, compresses it to pipeline feed, and cuts well completion venting and flaring by over 80%.
- Two-Stage Oxygen-Water Separation for PEM Electrolyser Loops
A horizontal separator and coalescer remove large and small oxygen bubbles from circulating water, improving PEM electrolyser safety.
- Ink Deaeration Control Using Circulation Under Reduced Pressure
Circulating ink under reduced pressure and adjusting circulation time by dissolved air level improves degassing and helps prevent nozzle clogging.
- Annular Deaeration Channel Using Pressure Gradient Bubble Venting
A rotating annular channel creates a pressure gradient that vents air bubbles without a vacuum pump, reducing deaeration system size and complexity.
- Inkjet Deaeration Device with Switchable Ink Circulation
Learn how pressure reduction and switchable ink circulation improve dissolved-air removal in larger ink tanks.
- Coiled Gas-Permeable Degas Tube for Stable Liquid Delivery
Inert-gas pressure and a liquid-impermeable, gas-permeable tube remove bubbles before substrate processing.
- Microfluidic Droplet Degassing via Electrowetting and Heating
Heating microfluidic droplets with electrowetting electrodes generates bubbles that carrier fluid removes, preserving biological sample integrity.
- Vibrational Separator for Low-Gravity Solids Removal
A solid-liquid separator applies vibrational energy to a tortuous flow path to enhance particulate settling and clarify drilling fluids.